Robotics courses in Dubai

At #thekidSpace, robotics education is thoughtfully tiered to engage children from early foundational stages to more advanced exploration. The Robotics Junior course (for ages 4–5) introduces basic principles of force and motion through hands-on experiments using age-friendly tools like LEGO BricQ Motion Essential and Matatalab Tale‑Bot—an intuitive, screen-free coding robot that encourages tactile programming and sparks early curiosity in logic and engineering. The Robotics Explorers level (ages 6–8) builds on this foundation via LEGO SPIKE Essential for block-based robot building and coding, transitioning into text-based skills with platforms like Makeblock Ranger, alongside integration of the Intelino smart train system—allowing students to experience how sensors and robotics interact with real-world settings.

For children aged 9–11, the Robotics Innovators course elevates learning by incorporating LEGO SPIKE Prime, enabling both block-based and Python programming; students also work with Makeblock mBot, Intelino smart trains, and Matatalab VinciBot, collectively fostering advanced robotics skills, sensor integration, and coding fluency. Through progressively complex challenges such as obstacle navigation, sensor-driven behavior, and robotic design, this course lays a strong foundation for future pursuits in robotics, automation, and STEM-related fields.

At Otomatiks Training Centre DMCC in Dubai, children between the ages of 6 and 16 can explore robotics, coding, and AI through engaging, hands-on programs. The courses are structured to make STEM subjects fun and accessible, guiding students from building their first robots to experimenting with sensors, electronics, and even IoT concepts. With bootcamps and practical sessions, kids not only learn programming but also gain real experience in designing and operating robotic systems, encouraging both creativity and problem-solving skills.

Located in Jumeirah Lakes Towers at the Fortune Executive Tower, Otomatiks offers a convenient and modern learning environment for young learners across the city. The centre operates daily and provides flexible payment options to suit families. With its emphasis on innovation and interactive learning, Otomatiks stands out as an excellent choice for parents who want to give their children an early foundation in technology and engineering.

Innov8 Tech Education Services, based at J3 Mall in Dubai, offers a comprehensive STEAM-focused learning environment designed to equip young learners with future-ready skills. Among their diverse program offerings, they provide STEAM Education and Robotics classes, including MakeX competitions using mBot, coding for beginners, and robotics itself—serving as foundational pathways into hands-on robotic learning. Beyond robotics, their programs span other areas like electronics, AI & Machine Learning for kids, game development, design thinking, and more, reflecting a broad and immersive approach to STEM education.

Established in 2019, Innov8 Tech is a KHDA-approved STEAM education solution provider, demonstrating recognized credibility within Dubai’s educational landscape. Their learning philosophy emphasizes hands-on, DIY-based instruction in a makerspace-style setting, guided by educational specialists committed to nurturing creativity, confidence, and interdisciplinary problem-solving skills. They also host engaging youth-centered initiatives like workshops, half-term camps, and competitions—designed to make robotics and related STEAM disciplines accessible, interactive, and inspiring for young learners.

Think‑N‑Innovate, located in Barsha Heights (Tecom), Dubai, offers dedicated robotics courses aimed at children aged 7 years and up. The program consists of 40 sessions and utilizes popular LEGO and MakeBlock platforms to make coding and robotics both fun and educational.

Through these hands-on activities, students engage with key programming concepts such as event handlers, loops, conditional statements, and sensing blocks. They’ll also learn to operate distance sensors and motors, guide a LEGO Spike Prime robot based on line-following and color detection, and even design a prosthetic arm using GUI programming. This blends engineering fundamentals with practical problem-solving and fosters logical thinking, creativity, and design process understanding.

At Star Kids For Children Development, young learners can explore the fascinating world of robotics through a structured, one-month program. The course helps children build foundational knowledge in robotics principles, including robot assembly and the electronic structures that bring them to life. Sessions are designed to be interactive and led by experienced instructors, with an emphasis on output‑based learning—meaning kids don’t just watch; they build, program, and see their robots in action, all while developing logical thinking and problem-solving skills.

This program is part of Star Kids’ broader suite of skill-development offerings, which also includes coding (covering block coding, app development, Python, and virtual robotics), abacus, Vedic math, chess, and more, emphasizing comprehensive cognitive growth. The robotics curriculum in particular fosters creativity, computational thinking, decision-making, and communication abilities—helping children gain confidence as they learn to program and control functioning robots.

VRAcademi offers a comprehensive AI, Robotics & Coding program structured across three progressive levels—Foundation, Comprehensive, and Advanced—each spanning 12 sessions (typically delivered as 2 per day over 6 weeks). The Foundation Level introduces students to robotics essentials, including building basic robots, motor controls, CyberPi, and sensor coding (light, color, sound, and vision), along with introductory block‑based programming and logic constructs like if/else and loops.

At the Comprehensive Level, learners advance to C++ coding with features like LED circuits, arrays, gesture and motion sensors, and servo motors for robotic arms. The Advanced Level further elevates skills through Python programming, robotic arm operation, conveyor automation, AI-enhanced vision with cameras, self-driving vehicle basics, and 3D printing integration. Upon completion, participants receive a certificate and are equipped with valuable problem‑solving, planning, coding, and teamwork skills.

Lab of Future is a dynamic space science and technology initiative in Dubai, designed for learners aged roughly 6 to 18 and beyond. Its core mission is to immerse students in hands-on programs that merge space science with advanced technology. Through modules like Space Robotics, Robotics Realms, Artificial Intelligence, Internet of Things, and Aeromodelling, participants are encouraged to design, build, and program intelligent machines that respond to real-world conditions. The institution’s learning philosophy champions inquiry-based processes—students build, experiment, play, and apply their research in a way that bridges classroom concepts with industry practices.

Situated in Dubai and KHDA‑registered, Lab of Future crafts educational experiences with real-world impact. Participants engage in authentic projects, such as creating CubeSats for global competitions, and enjoy access to workshops, after-school clubs, and school-based programs like the “Zero Gravity Camp” and “Experiential Lab Tours.” These offerings are thoughtfully curated to spark curiosity, foster critical thinking and hands‑on problem-solving, and prepare learners for the challenges of tomorrow’s science and tech landscapes.

Brainy n Bright in Al Barsha delivers vibrant, hands-on robotics and STEM learning experiences for children. Their curriculum spans essentials like robotics, coding, AI, IoT, and simple machines, with a strong emphasis on experiential learning—students engage in building robots and coding, solving problems collaboratively, and turning curiosity into tangible skills. The Al Barsha location has even hosted significant programs such as the Ministry of AI Camp, underscoring the center’s strong educational credentials and engagement with innovation initiatives.

One standout offering is their VEX Robotics courses, covering both VEX IQ and VEX V5 systems for learners aged roughly 6 to 16. These programs provide a structured environment where young learners get to design, build, and program competitive robots—boosting critical thinking, coding proficiency, and engineering insights. Participation in these courses, along with collaborative class settings, promotes creativity and team-based problem-solving in a fun and supportive atmosphere.

STEMA offers age-appropriate, hands-on robotics and STEM programs for children, structured across weekend terms such as Term 3 for age groups 3–5, 6–8, and 9–13 years old. These courses, scheduled on Sundays and Mondays with a typical format of 10 sessions (about 15 hours total), engage young learners in assembling robots, understanding the real-world applications of sensors and motors, and programming behavior using graphical tools. Participants can start with beginner-friendly offerings like «Young Engineers» and «Jr. Robotics using VEX Go» for ages 4–8, while older students (ages 9–13) can advance to «Robotics using VEX IQ» and «Advanced Robotics using VEX IQ», building more sophisticated, sensor-guided machines.

Furthermore, STEMA is an internationally accredited and KHDA‑approved STEM education provider, also offering robotics programming and coding courses via platforms like PursueIt. Available programs include Robotics Coding Online (ages 7–12), Robotics Programming (VEX IQ) for ages 8–17, and related classes like Arduino, EV3 Mindstorm, and more. These courses emphasize critical thinking, teamwork, and problem-solving, often culminating in internationally recognized certificates and opportunities to participate in regional or global robotics competitions.

Situated at Al Nahda 2, Brainy n Bright brings hands-on STEM education to young learners through robotics, coding, AI, and related technologies. Their robotics programs are structured around interactive, teacher-led sessions that cover key foundational concepts. Students build and program robots using a diverse range of platforms—including LEGO, Arduino, Raspberry Pi, and Makeblock—providing ample opportunities for creative exploration and technical learning through output-based projects.

These robotics offerings are part of Brainy n Bright’s broader globally recognized STEM curriculum, meticulously designed for children aged approximately 6 to 16. Their programs foster logical reasoning, critical thinking, and practical problem-solving skills—all within an encouraging, collaborative environment that turns abstract STEM concepts into tangible experiences.